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As one of the professional plc splitter manufacturers , T&S provides a wide range of different fiber optic components at reasonable prices. Based on Planar Lightwave Circuit technologies, our PLC splitter chip  can uniformly divide and guide light in the wavelength ranges from 1260nm to 1650nm. With low insertion loss (IL), low Polarization Dependent Loss (PDL) and high reliability, T&S PLC chips have been widely used in FTTx and other optical communication systems.   PLC Chip  Features Low PDL for PLC chip   Low IL for chip PLC   T&S PLC chip has a wide operating wavelength: 1260-1650nm   Compact size   RoHS compliance   PLC Chip Applications Among all PLC splitter manufacturers, T&S chip PLC can be applied in Optical communication networks, Telecom equipment, Three-Network-Integration systems, including Signal/power distribution, Fiber-To-The-Home (FTTH), Passive Optical Network (PON).    

The MT ferrule is a multi-fiber, plastic ferrule with a square end-face of 6.4x2.5 mm and fiber pitch 0.25mm, widely applied in MPO connectors and AOC cables. 12 and 24-fiber mt ferrules are the most commonly used types. As one of the professional china ferrule manufacturers   and ferrule suppliers , T&S provides high-quality MT ferrule.   MT Ferrules Features MT ferrules  manufactured by high precision mold technology meet international standards such as IEC 61754-3-31, GR-135 etc.     MT MPO Ferrule  Dimensions MT is short for mechanical transfer. MT ferrule is a multi-core polyphenylene sulfide ferrule, which is also called PPS ferrule, with a square end-face of 6.4×2.5 mm and 0.25mm pitch between adjacent fiber holes. The alignment mechanism includes two stainless steel guide pins that fit into precisely molded alignment holes.   As one of the professional ferrule suppliers, T&S produces 12-core, 16-core and 24-core MT MPO ferrules at different grades like MM Standard, MM l

MTP harness cable  are a kind of MTP/MPO fanout harness cable or breakout cable assembly with one MTP/MPO connector on one end and multiple single-fiber connectors (LC, SC, FC, etc.) on the other end, designed for data distribution and routing to patch panels. It is used to transition from trunk backbone assemblies to fiber rack systems. The MTP harness cable is fully configurable, available with a variety of cable and connector combinations. For the hardware and equipment in the same cabinet, the longer MPO cord can provide flexibility at any location, and the branch MTP/MPO cable can be winded into the vertical cable organizer.   MTP/MPO Harness Cable Features Our MPO/MTP harness cable is with low loss performance.   MPO / MTP in 8/12/16/24/32 fibers interfaces for choices.   This MTP/MPO fanout harness cable is available in OS1, OS2, G.657A2, OM3, OM4 Fiber Grades – OM1 and OM2 available upon request.   Option for LSZH, OFNP or OFNR cable jacket.   100% factory terminated and tested

  T&S grade B patchcord connector is the patchcord with the random mating performance of Grade B as IEC-61753-1 defined, more than 97% of maximum 0.25dB random mated with each other and the average is less than 0.12dB. Simplex, duplex grade B patchcord is well fabricated and all grade B connectors (including LC, MU, SC, FC, etc.) are compliant to IEC-61754, end face geometry is superior to IEC-61755. As an experienced fiber patch cord manufacturer, T&S provides high-quality grade B patchcord for years.   Grade B Patch Cord Basic Info With the advances in fiber optic technology and transmission systems, reliable cabling systems are becoming even more important. Active optical equipment, which is often worth hundreds of thousands of dollars, is all connected to the network via the humble fiber optic patch cord or patch lead. The risk of network downtime due to unreliable cabling is one that should be avoided. Therefore, these types of networks, along with many other Data Center a

  F iber bragg grating strain sensor  measures the strain by utilizing the inherent feature of strain sensitivity of FBG. The kind of sensor fbg  fits to be embedded to measure the strain in a ban, bridge, tunnel, and other constructions.   FBG Strain Sensor Features   High precision   Our fiber Bragg grating strain sensor is resistant to electromagnetic interference   This kind of FBG sensor is with quick response   High stability and reliability   Effective lattice network for multi-point measurement   Fiber Bragg Grating Strain Sensor Specifications